The grid system described on this page makes use of flexbox CSS properties and is designed to be mobile first.
Use the .grid-row
CSS class to define a row nesting context.
This will automatically apply a row-based flexbox alignment to the
assigned element.
Use the .grid-col
class to define a column nesting context.
This will automatically apply a column-based flexbox alignment to the
assigned element.
Use the .span-N
CSS class (where 1 ≤ N ≤ 12) to define
columns that are a predefined fraction of the row width.
.span-N
class is not responsive and will apply to all
available breakpoints.
width
or min-width
properties of a column span.
Breakpoints are based on em
units instead of px
to retain proper responsiveness for varying window zoom levels. If the
window zoom is increased, the page contents enlarge and less space is
available for content on the page. As font-size increases, breakpoints
trend toward the mobile breakpoints to account for reduced space.
.span-B-N
CSS class variants can be used for responsive
layouts.
xs
, sm
,
md
, lg
, to xl
to match
the minimum breakpoint needed to achieve the desired column span.
| CSS | Alias | EM Value | PX Value (approx.) |
|---|---|---|---|
| xs | wrist | 0em | 0px |
| sm | palm | 40em | ≈640px |
| md | lap | 64em | ≈1024px |
| lg | desk | 75em | ≈1200px |
| xl | wall | 90em | ≈1440px |
You can nest rows can columns as deep as you wish. Gutters will automatically align properly.
Use the .offset-N
CSS class (where 1 ≤ N ≤ 11) to define
where the column span begins.
.offset-N
CSS class is not resposive..offset-B-N
CSS class variants provide responsive
functionality. The same rules apply as documented in responsive columns.
Use the .order-N
CSS class (where 1 ≤ N ≤ 12) to redefine
column layout order.
.order-N
CSS class is not resposive..order-B-N
CSS class variants provide responsive
functionality. The same rules apply as documented in responsive columns.
The columns below were defined in the markup in the order of 2-4-1-3. By using the proper classes, they've been reordered as 1-2-3-4.
There will be times where having gutters is undesirable for the layout of
elements on the page. For these cases, we have .flex-*
equivalents of .grid-*
classes to provide 12-column
functionality without gutters.
Use the .flex-row
CSS class to define a gutterless, row
nesting context. This will automatically apply a row-based flexbox
alignment to the assigned element.
.flex-row
.
.grid-col
elements within a gutterless row.
Use the .flex-col
class to define a gutterless, column
nesting context. This will automatically apply a column-based flexbox
alignment to the assigned element.
.grid-row
elements.


Annonymous Chat
Enter the room code in the text box below. You will be redirected back to the main page if your code is invalid.
Submit


Three ISIS-inspired men arrested for allegedly planning terror attacks in Assam, Delhi
by Scroll StaffThe arrests were made in Assam after a joint operation by the Delhi Police and the Assam Police.
The Delhi Police on Sunday arrested three men who were allegedly planning to carry out terror attacks, inspired by the ideology of the Islamic State group, the Hindustan Times reported on Monday. The arrests were made in Assam after a joint operation by the Delhi Police and the Assam Police.
Deputy Commissioner of Police (Special Cell) Pramod Singh Kushwah said the accused were identified as Ranjeet Ali, Muqaddar and Zameel. They were arrested with improvised explosive devices, Kushwah said, according to India Today. One kilogram of an unidentified explosive substance and a dagger were also seized.
The police said the three men were planning to carry out attacks at the ongoing Ras mela in Goalpara in Assam. They also planned to target Delhi.
Zameel worked as a supervisor at an Aadhar enrollment centre in Assam, the police said. Muqaddar is a driver, while Ranjeet was a manager in a fish trading company. The three are now in 10 days’ custody of the Assam Police.
Read Comments


This is an example of a custom shadow DOM element with content . Notice the font color is isolated from main.css.
This is an example of a custom shadow DOM element with content . The span has got a custom color style defined in the template.


- r - Variable in class funGUI.RoundButton
-
- r() - Method in class funGUI.RoundButton
-
- r0 - Variable in class funGUI.RoundButton
-
- range() - Method in class funGUI.Graph
-
- range() - Method in class funGUI.Slider
-
- record(String) - Method in class funGUI.Choice
-
Used for debugging only.
- record(String) - Method in class funGUI.Option
-
- record() - Method in class funGUI.TextBox
-
- record() - Method in class funGUI.TextScroll
-
- record() - Method in class funGUI.TextStrip
-
- recorded(int) - Method in class funGUI.TextBox
-
- recorded(int) - Method in class funGUI.TextScroll
-
- recorded(int) - Method in class funGUI.TextStrip
-
- recordedLine(int) - Method in class funGUI.TextBox
-
- recordLine() - Method in class funGUI.TextBox
-
- RectButton - Class in funGUI
-
The RectButton class is one of the many options included
in the FunGUI library for classes.
- RectButton(PApplet, float, float, float, float, String) - Constructor for class funGUI.RectButton
-
Constructor of a rectangular button.
- RectButton(PApplet, float, float, float, float, int[], String) - Constructor for class funGUI.RectButton
-
Constructor of a rectangular button.
- RectButton(PApplet, float, float, float, float, int[], String, String, int) - Constructor for class funGUI.RectButton
-
Constructor of a rectangular button.
- RectButton(PApplet, float, float, float, float, int[], String, PFont, int) - Constructor for class funGUI.RectButton
-
Constructor of the button with room for specification of the font
- reH() - Method in class funGUI.RectButton
-
- reset() - Method in class funGUI.Timer
-
Resets the timer back to the beginning, using the amount of time in
milliseconds that was input with the Timer(int end, PApplet p)
constructor.
- reset(int) - Method in class funGUI.Timer
-
Starts the timer all over again.
- returnName() - Method in class funGUI.Calculator
-
- returnName() - Method in class funGUI.Display
-
- returnName() - Method in class funGUI.Frame
-
- returnName() - Method in class funGUI.FunGUIFrame
-
- returnName() - Method in class funGUI.ListItem
-
- returnName() - Method in class funGUI.Menu
-
- returnName() - Method in class funGUI.Message
-
- returnName() - Method in class funGUI.NumOutput
-
- returnName() - Method in class funGUI.RectButton
-
- returnName() - Method in class funGUI.RoundButton
-
- returnName() - Method in class funGUI.Slider
-
- returnName() - Method in class funGUI.ToggleButton
-
- reW() - Method in class funGUI.RectButton
-
- reX() - Method in class funGUI.RectButton
-
- reY() - Method in class funGUI.RectButton
-
- ri - Variable in class funGUI.RoundButton
-
- RoundButton - Class in funGUI
-
- RoundButton(PApplet, float, float, float, char) - Constructor for class funGUI.RoundButton
-
- RoundButton(PApplet, float, float, float) - Constructor for class funGUI.RoundButton
-
- RoundedRectButton - Class in funGUI
-
- RoundedRectButton(PApplet, float, float, float, float, String, float) - Constructor for class funGUI.RoundedRectButton
-
Constructor for the RoundedRectButton class.
- RoundedRectButton(PApplet, float, float, float, float, int[], String, float) - Constructor for class funGUI.RoundedRectButton
-
Constructor for the RoundedRectButton class.
- RoundedRectButton(PApplet, float, float, float, float, int[], String) - Constructor for class funGUI.RoundedRectButton
-
Constructor for the RoundedRectButton class.
- rowh - Variable in class funGUI.Matrix
-
- rows - Variable in class funGUI.Matrix
-


Jaxon Energy teamed up with Corso Systems to develop a new control and information system for its Jackson, MS hydrotreating plant. Jaxon implemented Rockwell Automation's FactoryTalk software suite for robust operator control of the plant and secure remote access to real-time information.
- Randy Soule, Co-Owner, Jaxon Energy
Hydrotreating is a process removing contaminates from light end distillates generated as part of petroleum refining. Distillates are subjected to pressures and temperatures then filtered through catalyst agents with hydrogen gas to remove contaminants. The cleaned petroleum oil is fractionated into diesel and gasoline products. Contaminates are thermally destroyed in oxidizers resulting in no remaining residue or byproducts.
Most refineries choose not to upgrade these stranded light end petroleum distillates due the low volume produced at any single facility. The Jaxon Energy business model aggregates stranded distillates from multiple refineries or other producers to achieve economically viable volumes of raw material.
This plant's sister facilities have a DCS as the foundation of their control systems. Due to the high initial investment, ongoing difficulties in maintaining DCS systems, and the volatile economic landscape of the oil industry, Jaxon Energy decided to move to a PLC-based system for this facility.
The new system had to offer similar functionality to the DCS system in the operator interface, enable safe operation of the facility, provide powerful data collection and analysis tools.
The control system, in conjunction with proper catalysts had to be flexible enough to handle almost any usable raw material to produce a wide range of finished products..
Changes to Jaxon Energy's operational model with this facility required remote access to all components of the system, for both operations management and maintenance planning. In addition, Jaxon Energy's business model required remote access to product quality information, operating parameters, and dissemination of raw vs. finished material reports to their suppliers and customers.
- Randy Soule - Co-Owner, Jaxon Energy
To save on investment, startup, and ongoing maintenance costs, Jaxon Energy decided to use a PLC and HMI based control system built on the Allen Bradley and Rockwell Automation product lines, leveraging the FactoryTalk software suite. In addition Corso Systems designed a custom, web-based solution for material tracking and QA/QC information. This gave operators a way to log quality data and enabled plant management to understand their process on a deeper level and make smarter decisions. This platform also gave Jaxon Energy a fully integrated system with more power than the DCS they had used in the past, at less than half the cost.
One of Jaxon's design requirements was to use standard instruction sets and graphics for their process equipment. This requirement was met with Rockwell's PlantPAX framework. PlantPAX enables standard graphics, including detailed interlock status directly in the HMI, standard logic in the PLC, and gave Jaxon Energy a familiar, yet more user-friendly, look and feel to systems in use at their other plants.
FactoryTalk Historian & VantagePoint was chosen as a powerful information and analytics system, meeting Jaxon's requirements for Excel reporting while adding remote access to their information. Remote access to the HMI with full visual capabilities was accomplished using Rockwell's FactoryTalk ViewPoint software.
The final piece of the puzzle was a custom solution built by Corso System on the ASP.NET MVC platform, giving Jaxon the ability to track incoming raw material shipments, in-process material, and finished product shipments. The system tracks the amount of material in any portion of the process, while also enabling LIMS functionality to track material conditions and quality.
Jaxon Energy is able to operate the plant 24x7, processing up to 60,000 gallons of product a day, with only two operators on each shift. Remote access to all of the plant's systems enables Jaxon to manage operations from their Reno, NV headquarters, reducing overall operating costs..
Moving away from DCS controls saved Jaxon over 50% on initial investment costs, with reduced start-up/commissioning duration & increased functionality.
The PLC/HMI, FactoryTalk Historian & VantagePoint, combined with the product tracking/LIMS system, give Jaxon a fully-integrated solution. Raw material is tracked from the supplier, all the way through to the final customer, with automatic Bill of Lading generation, production reporting, and quality evaluation notifications for key engineering staff.
- Ron Bell, Director of Operations, Jaxon Energy


OKie... so if I take a specialized wizard and I cannot use conjuration spells because it's a prohibited class, does that mean I can't use wands or scrolls or potions that use conjuration spells? I've been reading some of the posts for character builds and they seem to forget the fact that when your prohibited school is conjuration, you can't use those spells or items anymore.
For example, conjuration is healing... no healing potions can be used if your prohibited school is conjuration.
Is it just me and the server I play on, or is that indeed the fact universally?
I mention this here because I'd rather not post in response to builds I've been looking over in the sticky section that are over 4 years old.
im sure u can use healing potions but you wont be able to use the scrolls of your prohibited school
good question! I wish i could remember the correct answer, but its been a LOONG time since i played a wizard, and the only one i truly embraced was under PRC rules and was a red wizard of thay, which had NASTY prohibited classES.
I seem to remember though, that IF you take the wrong specialization you cannot use Healing of ANY kind, which includes potions. Again, i am going back about 5 years, and i seem to remember a guy whining in a game one time that he couldnt heal but by resting. I do know that my wiz couldnt cast a necessity like True sight, even from an item.
Hope that helps alittle.
You should be able to use potions AFAIK, unless it's bugged. _________________ Ghaash agh akūl - Nazgūl skoiz Mirdautas vras! Karn ghaamp agh nūt Shaut Manwe quiinubat gukh
Summoning - Mirdautas Vras
Maybe it's just in conjunction with red wizard of thay. I know that when I choose conjuration as a prohibited school, I am no longer allowed to use healing potions of any kind. I've never played a specialist wizard beyond RWoT so perhaps it's different for other casters.
Er, you seem to be confused. Any wizard that "specializes" in a spell school is a specialist wizard, it has absolutely nothing to do with an extra class or something. In other words, if you're not a generalist, you're a specialist. Are you saying you've never played a non-generalist wizards without using this Wizard of Thay extra class thingy?


{% extends "base.html" %} {% block content %}
Awesome todo app
Example Microservice Frontend App for Master Thesis Purposes
Created in Vue Nuxt.js
Works fine!


{{orderId}}
{{orderCreatedAt}}
{{deliveryAddress.street}} {{deliveryAddress.house_number}} {{deliveryAddress.floor}} {{deliveryAddress.door_number}}, {{deliveryAddress.city}}., Cash
{{ product.product_description }}
(Allergens: {{ allergen }} {{ allergen }}, )


ESTMonitoringManager Class Reference
| Inherits from | NSObject |
| Declared in | ESTMonitoringManager.h |
Overview
ESTMonitoringManager handles monitoring Location Beacons on top of Estimote Location packet.
In order to monitor multiple devices a separate instance of Monitoring Manager should be created for each monitored device.
The monitoring uses Core Bluetooth framework underneath. To make it work when the app is in background,
include bluetooth-central
background mode in Info.plist
file.
Instance Methods
startDefaultMonitoringForIdentifier:
Start reporting monitoring events for device broadcasting Estimote Location packet with given identifier. Uses default monitoring parameters.
- (void)startDefaultMonitoringForIdentifier:(NSString *)identifier
Parameters
- identifier
Estimote Location public id. Equal to device identifier in Estimote Cloud.
Discussion
Forgets previously monitored identifier if called multiple times on the same Monitoring Manager object.
Declared In
ESTMonitoringManager.h
startMonitoringForIdentifier:inProximity:
Starts reporting monitoring events for device broadcasting Estimote Location packet with given identifier.
Fetches monitoring parameters from Estimote Cloud, uses them to provide best monitoring experience,
and calls monitoringManagerdidStart
.
- (void)startMonitoringForIdentifier:(NSString *)identifier inProximity:(ESTMonitoringProximity)proximity
Parameters
- identifier
Estimote Location public id. Equal to device identifier in Estimote Cloud.
- proximity
Crossing monitoring proximity boundary causes monitoring events to happen. This is the proximity to be monitored.
Discussion
If the fetch failed, starts reporting monitoring events using default parameters.
Forgets previously monitored identifier if called multiple times on the same Monitoring Manager object.
Declared In
ESTMonitoringManager.h
startTurboMode
Increase monitoring responsiveness in background. Causes increase in battery usage.
- (void)startTurboMode
Discussion
Requests “Always” authorization for location services, just as standard Core Location beacon monitoring.
The app’s Info.plist
file should contain a NSLocationAlwaysUsageDescription
entry.
If location services are disabled, calling this method has no effect.
Declared In
ESTMonitoringManager.h


|
BitMagic-C++
|
Bit-vector serialization class. More...
#include <bmserial.h>
Public Types | |
| typedef BV | bvector_type |
| typedef bvector_type::allocator_type | allocator_type |
| typedef bvector_type::blocks_manager_type | blocks_manager_type |
| typedef bvector_type::statistics | statistics_type |
| typedef byte_buffer< allocator_type > | buffer |
Public Member Functions | |
| serializer (const allocator_type &alloc=allocator_type(), bm::word_t *temp_block=0) | |
| Construct serializer. More... | |
| serializer (bm::word_t *temp_block) | |
| ~serializer () | |
| void | set_compression_level (unsigned clevel) |
| Set compression level. More... | |
| unsigned | get_compression_level () const |
| Get compression level. More... | |
| unsigned | serialize (const BV &bv, unsigned char *buf, size_t buf_size) |
| Bitvector serilization into memory block. More... | |
| void | serialize (const BV &bv, typename serializer< BV >::buffer &buf, const statistics_type *bv_stat) |
| Bitvector serilization into buffer object (it gets resized automatically) More... | |
| void | gap_length_serialization (bool value) |
| Set GAP length serialization (serializes GAP levels of the original vector) More... | |
| void | byte_order_serialization (bool value) |
| Set byte-order serialization (for cross platform compatibility) More... | |
Protected Member Functions | |
| void | encode_header (const BV &bv, bm::encoder &enc) |
| Encode serialization header information. More... | |
| void | encode_gap_block (bm::gap_word_t *gap_block, bm::encoder &enc) |
| Encode GAP block. More... | |
| void | gamma_gap_block (bm::gap_word_t *gap_block, bm::encoder &enc) |
| Encode GAP block with Elias Gamma coder. More... | |
| void | gamma_gap_array (const bm::gap_word_t *gap_block, unsigned arr_len, bm::encoder &enc, bool inverted=false) |
| Encode GAP block as delta-array with Elias Gamma coder. More... | |
| void | encode_bit_interval (const bm::word_t *blk, bm::encoder &enc, unsigned size_control) |
| Encode BIT block with repeatable runs of zeroes. More... | |
Bit-vector serialization class.
Class designed to convert sparse bit-vectors into a single block of memory ready for file or database storage or network transfer.
Reuse of this class for multiple serializations may offer some performance advantage.
Definition at line 145 of file bmserial.h.
| typedef bvector_type::allocator_type bm::serializer< BV >::allocator_type |
Definition at line 149 of file bmserial.h.
| typedef bvector_type::blocks_manager_type bm::serializer< BV >::blocks_manager_type |
Definition at line 150 of file bmserial.h.
| typedef byte_buffer<allocator_type> bm::serializer< BV >::buffer |
Definition at line 153 of file bmserial.h.
| typedef BV bm::serializer< BV >::bvector_type |
Definition at line 148 of file bmserial.h.
| typedef bvector_type::statistics bm::serializer< BV >::statistics_type |
Definition at line 151 of file bmserial.h.
| bm::serializer< BV >::serializer | ( | const allocator_type & | alloc = allocator_type() , |
| bm::word_t * | temp_block = 0 |
||
| ) |
Construct serializer.
| alloc | - memory allocator |
| temp_block | - temporary block for various operations (if NULL it will be allocated and managed by serializer class) Temp block is used as a scratch memory during serialization, use of external temp block allows to avoid unnecessary re-allocations. |
Temp block attached is not owned by the class and NOT deallocated on destruction.
Definition at line 591 of file bmserial.h.
| bm::serializer< BV >::serializer | ( | bm::word_t * | temp_block | ) |
Definition at line 611 of file bmserial.h.
| bm::serializer< BV >::~serializer | ( | ) |
Definition at line 643 of file bmserial.h.
| void bm::serializer< BV >::byte_order_serialization | ( | bool | value | ) |
Set byte-order serialization (for cross platform compatibility)
| value | - TRUE serialization format includes byte-order marker |
Definition at line 657 of file bmserial.h.
Referenced by convert_bv2bvs(), main(), and bm::serialize().
|
protected |
Encode BIT block with repeatable runs of zeroes.
Definition at line 839 of file bmserial.h.
|
protected |
Encode GAP block.
Definition at line 786 of file bmserial.h.
|
protected |
Encode serialization header information.
Definition at line 663 of file bmserial.h.
|
protected |
Encode GAP block as delta-array with Elias Gamma coder.
Definition at line 739 of file bmserial.h.
|
protected |
Encode GAP block with Elias Gamma coder.
Definition at line 702 of file bmserial.h.
| void bm::serializer< BV >::gap_length_serialization | ( | bool | value | ) |
Set GAP length serialization (serializes GAP levels of the original vector)
| value | - when TRUE serialized vector includes GAP levels parameters |
Definition at line 651 of file bmserial.h.
Referenced by convert_bv2bvs(), main(), and bm::compressed_collection_serializer< CBC >::serialize().
| unsigned bm::serializer< BV >::get_compression_level | ( | ) | const |
Get compression level.
Definition at line 637 of file bmserial.h.
| unsigned bm::serializer< BV >::serialize | ( | const BV & | bv, |
| unsigned char * | buf, | ||
| size_t | buf_size | ||
| ) |
Bitvector serilization into memory block.
| bv | - input bitvector |
| buf | - out buffer (pre-allocated) No range checking is done in this method. It is responsibility of caller to allocate sufficient amount of memory using information from calc_stat() function. |
| buf_size | - size of the output buffer |
Definition at line 912 of file bmserial.h.
Referenced by convert_bv2bvs(), main(), make_BLOB(), and bm::compressed_collection_serializer< CBC >::serialize().
| void bm::serializer< BV >::serialize | ( | const BV & | bv, |
| typename serializer< BV >::buffer & | buf, | ||
| const statistics_type * | bv_stat | ||
| ) |
Bitvector serilization into buffer object (it gets resized automatically)
| bv | - input bitvector |
| buf | - output buffer object |
| bv_stat | - input (optional) bit-vector statistics object if NULL, serizlize will compute statistics |
Definition at line 890 of file bmserial.h.
| void bm::serializer< BV >::set_compression_level | ( | unsigned | clevel | ) |
Set compression level.
Higher compression takes more time to process.
| clevel | - compression level (0-4) |
Definition at line 631 of file bmserial.h.
Referenced by convert_bv2bvs(), main(), make_BLOB(), and bm::compressed_collection_serializer< CBC >::serialize().


--- layout: documentation title: IPv4PacketType ---
Internet Protocol version 4 (IPv4) is a connectionless protocol for use on packet-switched link layer networks (e.g., Ethernet). REF: RFC 791; http://en.wikipedia.org/wiki/IPv4.
| Field Name | Type | Description |
|---|---|---|
| IPv4_Header0..1 | IPv4HeaderType |
The IPv4 header provides addressing, and internet modules use fields in the header to fragment and reassemble internet datagrams when necessary for transmission through small packet networks. |
| Data0..1 | HexBinaryObjectPropertyType |
The data portion of an IP packet is interpreted based on the value of the Protocol header field. Actual field values will probably be specified in the elements of the different network layers, but we provide a field here to capture any data as necessary. |


Goldman Sachs opens in Amsterdam to Focus on Dutch Pension Sector The Goldman Sachs Group, Inc. (New York), a global investment banking, securities and investment management firm, plans to open an asset management office in Amsterdam later this year. The new office will prima...


Initial seedling height, origin of seed (high or low elevation), plot elevation, temperature range, and average soil moisture, as well as the interaction of origin with elevation, temperature, and soil moisture, respectively, were fixed effect terms included in modeling. Slope ( B) with a confidence interval ( CI) and p-value ( p) are presented for each fixed effect. Random effect interpretation includes: sigma-squared, the within-group variance; tau.00, Kendall’s tau between-group variance of the random slope; and the intra-class correlation coefficient (ICC) is the amount of overall variation that can be explained by the grouping of Plot [ 24].
a Base model was best for predicting seedling growth.
b Indicates statistical significance at the 0.05 level.


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REGISTER
here


New n-vector based point on a spherical earth model.
Tools for working with points, lines and paths on (a spherical model
of) the earth's surface using vector-based methods.
|
|
alongTrackDistanceTo(self,
start,
end,
radius=6371008.771415,
wrap=False)
Compute the (signed) distance from the start to the closest point on
the great circle line defined by a start and an end point. |
|
|
|
|
|
|
|
crossTrackDistanceTo(self,
start,
end,
radius=6371008.771415,
wrap=False)
Compute the (signed) distance from this point to great circle defined
by a start and end point. |
|
|
|
|
destination(self,
distance,
bearing,
radius=6371008.771415,
height=None)
Locate the destination from this point after having travelled the
given distance on the given bearing. |
|
|
|
|
distanceTo(self,
other,
radius=6371008.771415,
wrap=False)
Compute the distance from this to an other point. |
|
|
|
|
greatCircle(self,
bearing)
Compute the vector normal to great circle obtained by heading on the
given bearing from this point. |
|
|
|
|
greatCircleTo(self,
other,
wrap=False)
Compute the vector normal to great circle obtained by heading from
this to an other point or on a given bearing. |
|
|
|
|
initialBearingTo(self,
other,
wrap=False,
**unused)
Compute the initial bearing (forward azimuth) from this to an other
point. |
|
|
|
|
intermediateChordTo(self,
other,
fraction,
height=None,
wrap=False)
Locate the point projected from the point at given fraction on a
straight line (chord) between this and an other point. |
|
|
|
|
intermediateTo(self,
other,
fraction,
height=None,
wrap=False)
Locate the point at a given fraction between this and an other point. |
|
|
|
|
intersection(self,
end1,
start2,
end2,
height=None,
wrap=False)
Locate the intersection point of two lines each defined by two points
or a start point and bearing from North. |
|
|
|
|
intersection2(self,
end1,
start2,
end2,
height=None,
wrap=False)
Locate the intersections of two (great circle) lines each defined by
two points or by a start point and an (initial) bearing. |
|
|
|
|
isenclosedBy(self,
points,
wrap=False)
Check whether a (convex) polygon or composite encloses this point. |
|
|
|
|
isEnclosedBy(self,
points)
DEPRECATED, use method isenclosedBy . |
|
|
|
|
iswithin(self,
point1,
point2,
wrap=False)
Check whether this point is between two other points. |
|
|
|
|
isWithin(self,
point1,
point2)
DEPRECATED, use method iswithin . |
|
|
|
|
midpointTo(self,
other,
height=None,
fraction=0.5,
wrap=False)
Find the midpoint between this and an other point. |
|
|
|
|
nearestOn(self,
point1,
point2,
height=None,
within=True,
wrap=False)
Locate the point on the great circle arc between two points closest
to this point. |
|
|
|
|
|
|
|
nearestOn3(self,
points,
closed=False,
radius=6371008.771415,
height=None,
wrap=False)
Locate the point on a path or polygon (with great circle arcs joining
consecutive points) closest to this point. |
|
|
|
|
toCartesian(self,
**Cartesian_and_kwds)
Convert this point to Nvector -based cartesian (ECEF)
coordinates. |
|
|
|
|
toNvector(self,
**Nvector_and_kwds)
Convert this point to Nvector components, including height. |
|
|
|
Inherited from nvectorBase.LatLonNvectorBase :
intersections2 ,
others ,
triangulate ,
trilaterate ,
trilaterate5
Inherited from sphericalBase.LatLonSphericalBase :
__init__ ,
bearingTo2 ,
finalBearingTo ,
intersecant2 ,
maxLat ,
minLat ,
parse ,
rhumbAzimuthTo ,
rhumbBearingTo ,
rhumbDestination ,
rhumbDistanceTo ,
rhumbMidpointTo
Inherited from latlonBase.LatLonBase :
PointsIter ,
__eq__ ,
__ne__ ,
__str__ ,
antipode ,
bounds ,
boundsOf ,
chordTo ,
circin6 ,
circum3 ,
circum4_ ,
compassAngle ,
compassAngleTo ,
cosineAndoyerLambertTo ,
cosineForsytheAndoyerLambertTo ,
cosineLawTo ,
destinationXyz ,
equals ,
equals3 ,
equirectangularTo ,
euclideanTo ,
flatLocalTo ,
flatPolarTo ,
hartzell ,
haversineTo ,
height4 ,
heightStr ,
hubenyTo ,
isantipode ,
isantipodeTo ,
isequalTo ,
isequalTo3 ,
latlon2 ,
latlon2round ,
latlon_ ,
nearestOn6 ,
normal ,
philam2 ,
points ,
points2 ,
radii11 ,
rhumbLine ,
thomasTo ,
to2ab ,
to3llh ,
to3xyz ,
toEcef ,
toLocal ,
toLtp ,
toNormal ,
toStr ,
toVector ,
toVector3d ,
toWm ,
vincentysTo
Inherited from named._NamedBase :
__repr__ ,
toRepr
Inherited from named._Named :
__imatmul__ ,
__matmul__ ,
__rmatmul__ ,
attrs ,
classof ,
copy ,
dup ,
methodname ,
rename ,
toStr2
Inherited from object :
__delattr__ ,
__format__ ,
__getattribute__ ,
__hash__ ,
__new__ ,
__reduce__ ,
__reduce_ex__ ,
__setattr__ ,
__sizeof__ ,
__subclasshook__
|


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Whatever your needs as a volleyball player - you've come to the right place!
Volleyball World is where the best players go!!


Symmetric, Hermitian or triangular matrices may be stored more compactly, if the relevant triangle (again as specified by UPLO) is packed by columns in a one-dimensional array. In LAPACK, arrays that hold matrices in packed storage, have names ending in `P'. So:
For example:
| UPLO | Triangular matrix A | Packed storage in array AP |
| `U' | ||
| `L' |
Note that for real or complex symmetric matrices, packing the upper triangle by columns is equivalent to packing the lower triangle by rows; packing the lower triangle by columns is equivalent to packing the upper triangle by rows. For complex Hermitian matrices, packing the upper triangle by columns is equivalent to packing the conjugate of the lower triangle by rows; packing the lower triangle by columns is equivalent to packing the conjugate of the upper triangle by rows.


Last week, most of the party used their Stones of Recall to teleport back to Undermountain to aid in the war against the devils. Azoreas, having tasted the forbidden fruit of splitting the party and found it to his liking, used his own Word of Recall to jump back to Gomer's shop so he could stock up on basic gear like potions. Meanwhile, the Elder Sage led his cultist army through a Sanctum Gate to reach Undermountain through a different path.
When the party arrived in Undermountain, they were immediately greeted by a representative of the Order of Myriad Truth who had been waiting for them to arrive. He told them that King Garrun Ironforger was trapped in his palace, which as under siege by devils. The party rushed there to save him, meeting up with Azoreas along the way. The path to the king was blocked by several tunnels collapsed by the devils, but the party's penchant for wanton destruction meant that the tons of debris posed no significant obstacle. They had even less difficulty with a small squad of bearded devils that they encountered on the way, and were able to massacre them in a single round, barely even slowing their progress. Before long, they arrived at the outer gates of the palace.
The party found that the gates were locked, and after deducing that the devils were almost certainly on the other side, they decided that the correct course of action was to knock on the gates. Unsurprisingly, this immediately resulted in an attack from a small squad of devils, and equally unsurprisingly, all of the devils were killed immediately. They knocked again. A single devil appeared at a much greater distance to scout out the party and report back, but they killed it instantly. They knocked again. After a brief pause, they decided the devils might attack in force, and they set up a defensive position based around Aedan's antimagic wall.
As expected, a horde of bearded devils appeared, led by three more powerful devils. The party remained disciplined and stayed behind their wall, with only Craggles leaping through it briefly to butcher his fellow bearers of beards. The rest of the party focused all of their attacks on a single one of the greater devils, killing it instantly. When they turned their attention to the commander, they were unable to kill it, but they scared it into trying to escape - which failed, thanks to Aedan's dimension lock. On the verge of death, it surrendered, and the battle ended, though the third greater devil escaped. The party commanded the greater devil to tell its allies to surrender, and it did as they commanded. Although all of the other devils teleported away instead of surrendering, they still left, and the siege was broken.
With the leader of the devils in their custody1, the party walked up to the inner doors into the palace and knocked on them. A gruff voice shouted back in dwarvish that the filthy devils were not welcome, so the party considered trying to convince the dwarves that they were not devils.  This almost immediately started another battle, but thankfully, cooler heads prevailed, and soon King Garrun Ironforger welcomed the party to his palace. He thanked them for rescuing him, and they talked about what to do with their prisoner. Ironforger said he would take custody of it to interrogate it, and the dwarves brought out antimagic shackles to bind the devil and prevent any shenanigans.
The party talked with the king and devil and learned what had been happening in Undermountain in their absence. The devils had been using their ability to teleport freely to great effect, bypassing Undermountain's impressive static defenses and focusing their attacks on vulnerable civilian populations. The Undermountain forces had been forced to take heavily defensive positions, and were congregating all of the civilians into centralized areas that could be adequately defended from unexpected teleporting armies. At the moment, the pit fiend bearing the Soulstone was leading an assault on a city in Undermountain, accompanied by a horde of devils.
After some thought, the party came up with several plans to deal with the situation. They considered simply going to the city to fight the pit fiend, but were concerned about their odds of actually defeating it along with the rest of the devils. Lester came up with the creative idea of using planar binding magic to summon the pit fiend to them directly, but wasn't sure that would be possible without its Truename2. Ione decided to commune with Demogorgon again to see if it could tell the party the fiend's Truename. When she came to her senses again, she told them that Demogorgon was unwilling to reveal the fiend's Truename due to rules governing the conduct of demon lords, but it told them it could help. Deep in the volcanic heart of Mount Derenor, through long magma tunnels, there existed a quasi-omniscient entity that could reveal the fiend's Truename. The party took this into consideration, and pondered what they should do to defeat the devils...


SUSE employee #1 was a working student, so Michael Andres is officially employee #2. Apart from that he is known for being the developer and maintainer of `zypper` and `libzypp` as a member of the SUSE Manager team.


United States Educational Attainment
Percentage of adults age 25 and older with a bachelor's degree or higher (2010-2014)
Source:
USDA Economic Research Service


| Id | registration | manufacturer | model | description | gearbox | engine | fuelType | color | mileage |
|---|---|---|---|---|---|---|---|---|---|
| lastName | registration | manufacturer | model | description | gearbox | engine | fuelType | color | mileage |
| Id | firstName | lastName | phoneNumber | |
|---|---|---|---|---|
| Id | firstName | lastName | phoneNumber |
| Id | Date | Total | Status |
|---|---|---|---|
| id | date | total | status |


I was born in Laval on July 10, 1997
I have B license and a car
My phone : +<IP_ADDRESS>.24.99
My email<EMAIL_ADDRESS>My address : 36 Les Genais 35133 Laignelet
I am looking for a technical internship starting June 12, 2017 and for a minimum of 7 weeks as well as a company to carry out my first year of engineering alternating for The school year 2017/2018.
Realization of an observation course to discover the operation of a company carried out in the fields of aeronautics, astronautics, defense and security
Realization of an observation course to discover the functioning of a company in the fields of automotive and embedded systems.
Responsible for the fruit and vegetables department and liquid. Trade, sale, reception of customers, storage of goods, rental, maintenance and repair of bicycles.
Realization of an associative training to understand the functioning of an association
Responsible for the fruit and vegetables department and liquid. Trade, sale, reception of customers, storage of goods, rental, maintenance and repair of bicycles.
Responsible for the fruit and vegetable department, liquid and bakery management. Trade, sale, reception of customers, storage of goods, rental, maintenance and repair of bicycles.


The Epworth Sleepiness Scale (ESS) has 8 items and takes about 3 minutes to complete. It is widely used to help people determine whether they are obtaining enough sleep.
How likely are you to doze off or fall asleep in the following situations, in contrast to feeling just tired? This refers to your usual way of life in recent times. Even if you have not done some of these things recently, try to work out how they would have affected you.
Use the following scale to choose the most appropriate number for each situation:
Your ESS score is: {{score}}
Your ESS score is calculated by adding up your responses to all 8 items. ESS scores range 0 to 24.
ESS scores between 0 and 10: Scores in this range suggest that you do not have a problem with daytime sleepiness.
ESS scores between 11 and 24: Scores in this range suggest that you are having difficulties staying awake under conditions when most other people can stay awake.


KANYE WEST
The voice of a generation
Kanye West is one of the most critically acclaimed musicians of the 21st century and is one of the best selling music artists of time with 140 million records sold worldwide. He has won 21 Grammy awards. Time magazine also named him one of the 100 most influential people in 2005 and 2015. However, the most important aspect of what makes an artist great is their critical success. It doesn’t matter how many sales an artist has; they won’t ever have any legacy or influence if they don’t make good music. The good thing about Kanye West is he does exactly that.
Kanye's Discography:
- 2004 College Dropout
- 2005 Late Registration
- 2007 Graduatoin
- 2008 808's & Heartbreak
- 2010 My Beautiful Dark Twisted Fantasy
- 2011 Watch the Throne
- 2012 Cruel Summer
- 2013 Yeezus
- 2016 The Life of Pablo
- 2018 Ye
- 2019 Jesus is King
- 2021 Donda (unreleased)


*Application tries to get current location from HTML5 navigator and ipinfo.io, if thoose server fails or browser has not support it loads Sarajevo coordinates
*Currently showing {{vm.order.title}} venues matching search query


Visualize Docker images and the layers that compose them. See how each command in the Dockerfile contributes to the final image, and discover which layers are shared by multiple images.
ImageLayers doesn't currently work with images using V2 of the Docker Registry API. We're working to fix this. In the meantime you can get a similar badge showing layers and download size from MicroBadger.
ImageLayers UI on GitHub ImageLayers API on GitHub
ImageLayers is released under the Apache License
To report bugs, or suggest new features log a GitHub Issue
What's inside your Docker containers? Inspect labels, layers and other container metadata.
microbadger.com


Donuts Factory is a restaurant located in Jordan. Their best selling dishes are Chocolate and Chocolate Cream, although they have a variety of dishes and meals to choose from.
Donuts Factory is a restaurant located in Jordan. Their best selling dishes are Chocolate and Chocolate Cream, although they have a variety of dishes and meals to choose from.


The device provisioner is a Mac OSX application that enables the provisioning of Android 6+. This does not run within the Workstation VM. Currently, supported devices are as follows:
| Device | Android Version(s) |
|---|---|
| Nexus 5X | 7 |
| Nexus 6 | 7 |
| Nexus 6P | 7 |
Download the latest .dmg file from here: https://updates.nowsecure.com/wdp/download/
Double-click the .dmg and copy the device provisioner icon into the the Applications folder.
Double-click the device provisioner icon.
Step through the initial screens, agreeing to the Terms and Conditions.
The Unlock section walks through the instructions for ensuring that the bootloader is unlocked. This is a requirement for device provisioning and the process will fail if the bootloader remains locked. Using the refresh button near the top of the page, you can re-check for unlocked status. If the check comes back as false, use the the instructions provided to unlock the bootloader.
The next section is Requirements. Ensure that all requirements are met. If a certain requirement is not met, copy/paste the appropriate install command into a Terminal window. Once complete, all the dependecies should show as installed (green).
On the device selection page, the connected device (if any) will be automatically selected from the list. Otherwise, select the appropriate device and Android OS to continue.
On the following page, you will see the option to provision the device. It is important that the device remain connected during the provisioning process, otherwise the device could end up in an odd state.
Once complete, you will see a confirmation. From there, continue to the next page to complete any next steps (if any). If any errors occured during provisioning, a relevant error message will appaer. The provisioning process is now complete.
New devices or additional Android OS support will come in the form of updates. An update mechanism has been built into the app, so all you need to do is wait for a confirmation. When an update is available, it is automatically downloaded, and will be installed on the next launch of the application.
These instructions assume that you have already factory reset your device on 4.0.4 - 4.4.2 or that you have already rooted your 4.4.3+ device. Click for root instructions on Android 4.x/5.x or Android 6.
Android Device Provisioning
NowSecure Workstation 3.0+ now includes the ability to provision devices automatically. In order to do this, we must make certain assumptions about the device:
Android 4.0.4 - 4.3
In this case, NowSecure Workstation performs both the provisioning, and the rooting process automatically. You can start with a stock device, and NowSecure Workstation do the rest. Although we attempt to keep our list of supported devices up-to-date, it is best if your device is on this list.
Android 4.4+ and up
As mentioned previously, 4.4 devices will need to already be rooted, and have the SuperSU application installed. If you have already completed these steps, you will just need to walk-through the device provisioning wizard, which has been outlined below:
There are two ways to start the Device Provisioning Wizard.
Click the “Device Manager” button in the bottom-left of NowSecure Workstation. When in the Device Manager, click the button labeled “Provision Device”.
Click Options->Device Manager in the options menu located in the top-right of NowSecure Workstation. When in the Device Manager, click the button labeled “Provision Device.”
On the page titled “Getting started” you will need to choose the platform of the device to be provisioned. This should be the platform (Android or iOS) of the mobile device connected to your computer.
Before continuing you must agree to the terms.
Provisioning an Android device takes only 2 or 3 steps. There will be compatibility checks to ensure we can successfully provision the device and a provisioning step that will automatically provision your device.
On the page titled “Enable USB debugging” follow steps 1-3 on your Android device to enable USB debugging. Then, click the button labeled “Check” in step 4 to verify USB debugging is enabled and that NowSecure Workstation can communicate with the attached device.
On the page titled “Check compatibility”, click the button labeled “Check” to start the check. If the check fails, compare the Android version of your device with the requirements listed on the page(shown below).
Passing the compatibility check does NOT guarantee that provisioning will be successful. Not all devices have been tested using this provisioning process.
On the page titled “Provision device” click the button labeled “Provision” to start provisioning your device.
A command output window (shown below) will show the provisioning progress. Once complete click on the button labeled “Finished” to continue.
On the page titled “You are finished” you will see a dialog window (shown below) that you may see on your device. Follow the instructions to grant access and click the button labeled “Close” to close the Device Provisioning Wizard.


Chez Scheme Version 9 is a complete implementation of the language of the Revised6 Report on Scheme (R6RS), with numerous extensions. The implementation is extensively tested and actively maintained and supported. It includes a fast compiler that generates efficient native code for each processor upon which it runs along with a run-time system that provides automatic storage management, foreign language interfaces, and an extensive run-time library.
The compiler has been rewritten for Version 9 and generates substantially faster code than the earlier compiler at the cost of additional compile time. This is the primary difference between Versions 8 and 9.
This book is a companion to The Scheme Programming Language, 4th Edition (TSPL4). While TSPL4 describes only standard R6RS features, this book describes Chez Scheme extensions. For the reader's convenience, the summary of forms and index at the back of this book contain entries from both books, with each entry from TSPL4 marked with a "t" in front of its page number. In the online version, the page numbers given in the summary of forms and index double as direct links into one of the documents or the other.
Additional documentation for Chez Scheme includes release notes, a manual page, and a number of published papers and articles that describe various aspects of the system's design and implementation.
The threaded versions of Chez Scheme support native threads, allowing Scheme programs to take advantage of multiprocessor or multiple-core systems. Nonthreaded versions are also available and are faster for single-threaded applications. Both 32-bit and 64-bit versions are available for some platforms. The 64-bit versions support larger heaps, while the 32-bit versions are faster for some applications.
Chez Scheme's interactive programming system includes an expression editor that, like many shells, supports command-line editing, a history mechanism, and command completion. Unlike most shells that support command-line editing, the expression editor properly supports multiline expressions.
Thank you for using Chez Scheme.
Chez Scheme Version 9 User's Guide
Copyright © 2016 Cisco Systems, Inc.
Licensed under the Apache License Version 2.0
(full copyright notice.).
Revised \INSERTREVISIONMONTHSPACEYEAR for Chez Scheme Version 9.4
about this book


(current)
The experiment is over.
Thank you for your participation!
Please do not reveal to others how you have categorized, because it may affect their behavior in our experiment.


 We use a special, secret blend of our own Xiled paint to give your gun the prestige of no other.
Style
No marker is the same. We will if you please airbrush your gun with a custom graphic of your liking. Giving you that ExTRA mile to make your gun tailor made.
Markers
If you are new to paintball and are thinking of getting your own marker let us know and with the purchase of your new marker through our company we will give you a complimentary paint job of your choosing. A thanks for being XILED
Servicing
With the purchase of a marker or a custom paint job on one of your existing markers you will also receive FREE maintenance and servicing for the first 3 months after your purchase.
Terms & Conditions
Pellentesque habitant morbi tristique senectus et netus et malesuada fames, Pellentesque habitant morbi tristique senectus et netus et malesuada fames Pellentesque habitant morbi tristique senectus et netus et malesuada fames.
Tournaments
We plan to have one tournament a month with locations and times to be announced. Check back frequently for updates and never compromise.
Thank You For Choosing Xiled,
Xiled-Studios would like to thank you for taking the time to check out the website and our products and we hope to hear from you soon.
When you purchase one of our products we strongly encourage you that if there are any problems or if you have general questions please dont hesitate to send an e-mail. We have a forums page under development COMING SOON
Bullet list
- Lorem ipsum dolor amet
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Quotes
Never before have I been so satisfied with the looks of all my gear. Xiled-Paints have taken my game prescence to a whole new level. When you're starting your own team and plan to go pro..you gotta look pro. Getting Xiled was the solution for me with prices that no one else can beat with custome support unlike anything else.
"AN AMAZING QUALITY AND SERVICE" Quisque sit amet est et sapien ullamcorper pharetra. Ut felis. Praesent dapibus, neque id cursus faucibus, Vestibulum erat wisi, condimentum sed, commodo vitae, ornare sit amet, wisi. Aenean fermentum, elit eget tincidunt condimentum, eros ipsum rutrum orci, sagittis tempus lacus enim ac dui. Donec non enim.
No marker is the same.
I want to send a special thank you, To all of my clan members and would like to tell you I'm ready for a killer year. See you on the battlefield -Captain Crunckles-
Xiled_Paint Clan
| NAME | RANK | SCORE | OVERALL BEST |
|---|---|---|---|
| Captain_Crunkles | Captain | 250pts | Run*Gunner |
| To Be Announced | To Be Announced | To Be Announced | To Be Announced |
| To Be Announced | To Be Announced | To Be Announced | To Be Announced |
| To Be Announced | To Be Announced | To Be Announced | To Be Announced |
| To Be Announced | To Be Announced | To Be Announced | To Be Announced |


Click here to place a new order
This is an order for the following tier(s):
No Tier -
$0
The following rings have been removed: (already subtracted from the tier cost above)
The following rings have been added:
CC7D21W/14KYMIL
HAMMER/POLISH
294
CC7.5FGEW2UMIL13/14KR
HAMMER/POLISH
314
CC7HB2UMIL(NS)
POLISH
99
CC6FGEW2UMIL13C/14KY
SATIN/POLISH
299
CC7CB
SATIN/POLISH
99
CC8REC
TREEBARK 1/POLISH
114
CC7DGE
ANGLE SATIN/POLISH
109
CC7.5FGEW2UMIL
HAMMER/POLISH
114
The following other items have been added:
DISPLAY CASE BG
BLACK/GRAY
0
The following custom items have been added:
cc8d8
- $
99
cc7d12/14kyg
- $
249
The following stock balance has been added.
Stock balance must be returned to Lashbrook within 10 business days. Amount not to exceed:
1
- $
-500
If stock is not returned within 10 business days, invoice will be amended to full amount.
Your sub-total is:
$1290
Existing Partner
Date: 2015-03-10
Store Name: wilsons diamonds
Last Name: wilson
First Name: richard
Address: 404 w 2230 n
Phone:<PHONE_NUMBER>
e-mail<EMAIL_ADDRESS>Terms: net 30
Notes:
Sales Rep: Steve Morton
Sales Rep e-mail<EMAIL_ADDRESS>Your shipping costs are $20
Order Total: $1310


@component
@component
[1]. <T extends Component>(componentType?:
ComponentConstructor
<
Component
>): PropertyDecorator
[2]. <T extends Component>(target: T, propertyKey: any): void
Property decorator: amend decorated property to turn it into a managed child component reference of given type. Also presets bindings from given component type on the parent component (see Component.presetBoundComponent()
, which allows for greater control of the resulting bindings).
This asserts a parent-child ‘composition’ dependency between the referrer and the referenced object(s):
This property can only be assigned a reference to a
Component
instance of given type.When the parent is destroyed, all children are also destroyed.
When the decorated property is set to another object, the previously referenced object is destroyed.
When the referenced object is assigned to another managed child reference (or list, map, or reference instance that is a child object), the decorated property is set to undefined.
The child object may refer to its parent using the
Component.getParentComponent()
andComponent.getBoundParentComponent()
methods.
Note: : The component type parameter is optional, this decorator can be used both on its own or with a class parameter.


|
GT RoboCup SSL
Soccer software, robot firmware
|
This document was originally written Fall of 2019 after the mtrain implementation. The latest relevant branch was comp2019. Knowing robocup, this won't be updated to the latest version of firmware, but hopefully it will still describe most everything. - Joe Neiger
The repo is split into three big sections: kicker, fpga, and control. Kicker is the firmware that sits on the kicker board. FPGA is the verilog for the FPGA. Control is the code that runs on the mtrain (not including the HAL).
Each section will be described from a high level overview. Next, the interactions between the sections will be described. Secondary documents will describe each section in detail along with future implementation setups. Finally, the normal use document will describe LED codes as well as common problems.
The kicker firmware deals with controlling the kicks. It tells the circuit to charge the capacitors, stop charging, and finally release the charge through the solenoids. It also checks for ball sense. The device has two modes, debug and standard. Debug allows the control of the charging and kicks through the buttons on the side of the board. Standard mode takes commands from mtrain over SPI acting as a slave. Important data such as ball sense and current voltage is passed back up to mtrain to send to soccer.
Kicks are controlled through toggling the current flow from the capacitors through the solenoid for a certain amount of time. It is unknown what the relationship between open current time and speed of ball kick is.
Note: Very special care is taken to make sure that the device is safe. Safe in this case means that it won't accidentally kick at the wrong time AND that it wont discharge and charge at the same time. This is a high voltage, high current device.
In short, the FPGA deals with all things motors. It is given duty cycle, forwards that to each of the motors, and returns what the current wheel speed is. In the future (tm), there is hope to also get the current of each motor as well. The FPGA communicates with mtrain over SPI as well.
Note: Motors are expensive so please be very careful when changing the code. It's very easy to make a mistake and fry one. (Totally hasn't happened before, nope, not at all)
Robot firmware is all the code that runs on the mtrain. This is basically everything else. In general, this firmware takes commands from soccer over WiFi, interprets those commands and forwards them to the motors and kicker. Additionally, data is returned to soccer over WiFi to inform soccer of critical sensor info.
More specifically, kick commands and movement commands are sent to the radio. The firmware polls the radio for the raw data and sends it to the kicker (for kick commands) and to the motion control module (for movement commands). The motion control module puts out duty cycle commands that are forwarded to the FPGA. Wheel speed and ball sense information is taken from the FPGA and kicker and sent back through the radio to soccer. LED's are toggled on the board to describe operations.


{% extends 'plans/order_detail.html' %} {% load payment_buttons %} {% block payment_method %}
Choose your payment method


Screen and Power
Screen brightness
Reboot
Shutdown
Confirm reboot
Cancel
Confirm
Confirm shutdown
Cancel
Confirm


Liverpool 3-1 Manchester City: Premier League player ratings
by Andy HunterFabinho dazzles for Liverpool while John Stones struggles in the Manchester City defence
Liverpool 4-3-3
Alisson
Took a few unnecessary risks with his distribution but commanded his area impressively. Made an important save from Aguero although not over-worked. 7
Trent Alexander-Arnold
Fortunate to escape a handball that, if given, could have changed the complexion of the game. The second appeal never was. Brilliant ball to Robertson to instigate the second goal. Struggled against Sterling at times. 7
Dejan Lovren
A few loose clearances could not detract from a strong defensive performance overall. Celebrated one of his own blocks on Sterling like a match-winning goal. 8
Virgil van Dijk
Looked unusually nervous in the very early stages but it did not last. Became increasingly assured and let Agüero know he was in a battle, although City created several chances against him late on. 7
Andy Robertson
His delivery for Salah’s header was absolute perfection. Defensively he also kept Silva at arm’s length for long periods and made several well-timed interceptions in his area. 8
Jordan Henderson
Helped the hosts regain composure after a shaky start with his measured passing. Grew as a threat down the right too and delivered a superb cross for Mane’s goal. 7
Fabinho
His first goal of the season was one to savour, as was another commanding and polished midfield display. A major influence on this team. 8
Georginio Wijnaldum
The midfielder’s accurate and intelligent distribution under pressure helped launch several counter-attacks. Also switched play superbly to increase City’s discomfort. 8
Mohamed Salah
Converted a difficult header with consummate ease and helped set the tempo of Liverpool’s attacks. One of his most destructive displays for a while. 8
Roberto Firmino
Knitted together his team’s attacking play intelligently although not as decisive in the final third as his fellow forwards. Would have been substituted just before Silva’s goal. 7
Sadio Mané
Marked his 100th Premier League start for Liverpool with his 28th goal of the calendar year. Not afraid to help out with the dirty work either. 7
Subs
Milner (for Henderson, 61) 6; Oxlade-Chamberlain (for Firmino, 79) 6; Gomez (for Salah, 87) 5
Manchester City 4-2-3-1
Claudio Bravo
No absolute howlers but doubtful Ederson would have conceded the first or third. 6
Kyle Walker
Berated his defensive colleagues for a lack of fight but, positionally, he needed to use his head more. Liverpool frequently prospered behind him, as did Mane for his goal. 5
John Stones
Easily beaten in the build-up to the opener but was not only poor in his defensive duties. The polished touches have gone too and so has his confidence. 5
Fernandinho
Fought manfully and produced a fine challenge to prevent Salah escaping for a third. Unable to cut out Robertson’s brilliant cross for the Egyptian’s header though. 6
Angeliño
Lost track of Salah for Liverpool’s second goal and endured a difficult first half against his marker. Improved after the interval, however, and set up Silva’s consolation. 6
Rodri
A quiet return to the side after injury. Lost several individual battles‚ including an aerial duel with Mane at one point ‚ and unable to halt Liverpool on the counter attack. 6
Ilkay Gundogan
His sharp passing ensured City kept the pressure on but failed miserably in his defensive duties with a weak clearance and challenge for Liverpool’s first and third respectively. 5
Bernardo Silva
Took his consolation crisply and was integral to City’s strong start although creatively he struggled to deliver an end product from several excellent positions. 7
Kevin De Bruyne
City’s most threatening player in the first half and must have despaired at the failure of Agüero and Sterling to capitalise on his invitations. Could not have done more. 8
Raheem Sterling
Booed as always on his return to Anfield but the crowd didn’t get to him on this occasion. Missed chances and the referee did, though. Never gave up but not his day. 8
Sergio Agüero
Another Anfield visit to forget for the usually ruthless Argentina international on his 250th Premier League appearance. Wasted several clear chances to score his first goal on this ground and rightly replaced. 5
Subs Jesus (for Agüero, 71) 6